WO2020125541A1

WO2020125541A1 - Apparatus and method for menu having diversified option names

Info

Publication number: WO2020125541A1
Application number: PCT/CN2019/124898
Authority: WO
Inventors: 王镝程
Original assignee: 天扬精密科技股份有限公司
Priority date: 2018-12-17
Filing date: 2019-12-12
Publication date: 2020-06-25
Also published as: CN111324399A

Abstract

Provided is an apparatus and method for setting a menu having diversified option names. The apparatus (200) mainly comprises: an option name category selecting module (210) used for selecting an option name category for setting each option name of the selected category of a menu; a menu setting module (220) used for setting the menu that consists of multiple options, and giving attribute data to multiple options; and a second option name setting module (230) used for selecting an addition and revision option of an existing first option name after entering a second option name setting mode, and setting a second option name to complete the menu having diversified option names. Therefore, the present invention can achieve the setting of a personal customized menu having diversified menu content by using minimal memory resources, and can make various control apparatus achieve the variability, uniqueness, and convenience of the menu content by using the minimal memory resources.

Description

Multiple name menu setting device and method for option name

Technical field

The present invention relates to a menu setting device and method, in particular to a menu setting that allows various options in a menu to have multiple option names, and can achieve multiple setting of option names with minimum memory space for control定装置和方法 Set device and method.

Background technique

With the advancement of science and technology, all electrical equipment is pursuing remote control or automatic control. There are various remote controls or control devices in the workshop, but the menu control contents and option names of various remote controls or control devices are set by the manufacturer and cannot be changed by the user. In addition, when the manufacturer sets the menu content of the remote control or control device, in order to respond to the convenience of people in various countries, one way is to set different menu languages according to the different countries and regions of sale; another way is to set up a multi-country The language glyph library and the various national term names comparison table corresponding to each option allow users to change the displayed language through the choice of language setting. However, in order to achieve such a function, a common glyph library and name comparison table will be established, which will occupy a lot of memory, and will cause a waste of resources for users who only need to use a few languages. In addition, after each name language is selected, the controller can only display one language at the same time, but it cannot allow users to set multiple options and set different languages or names to display differently. This makes the menu system lack the possibility of self-editing flexibility and personalization, and reduces the convenience of its application.

In response to the above situation, in order to reduce the waste of memory, the existing technology has stored the menus and option names in various languages in the cloud system, so that users of various countries can download the menus in their required languages through the network to control In order to save the memory capacity of the controller, this is for example Taiwan Patent No. 472191. However, this not only requires the control device to have a wireless networking function, which increases the cost of the control device, and the user still cannot set the name of each option according to his preference.

In addition, in Taiwan Patent Application No. 93125288, a man-machine interface menu language editing system is disclosed, which allows users to edit the language and text of menu items by loading a predetermined menu into a computer device, including borders Set, font size, font color, text direction and text position, etc., and then save it back to the controller to get a more familiar operation interface. However, in this type of man-machine interface, each option still has only one name or font setting, etc. When the user wants to change the settings of the man-machine interface, it must still be executed through the computer system, and even if there are many The name of the version, but each version must store all the complete data separately, and then save the various versions stored in the computer system into the display unit to change their storage settings. Compared with the aforementioned loading of different versions of Taiwan Patent No. 472191, although there is an increase in the user's freedom of setting, but the practice is not far away, it still cannot provide the controller with a minimum memory resource Provide various setting options and various personalized HMI settings. In short, even though various forms of menus have existed in society for a long time, there are various ways to change the name of the options, but for a long time, there has not been a way to streamline the menu structure and hardware requirements, but also create a unique individual Menu setting device and method for improving menu convenience.

Summary of the invention

In view of the above-mentioned shortcomings of the prior art, an object of the present invention is to provide an option name diversified menu setting device and method, which can achieve the menu content diversification and personalized menu setting with minimum memory resource requirements It can enable various control devices to achieve the variability and uniqueness of the menu content with the minimum memory resource requirements to meet the needs of different individuals.

In order to achieve the above object, the present invention provides a device for setting multiple menus with option names, which includes:

An option name category selection module for selecting an option name category for setting each option name of the category selected by the menu;

A menu setting module is used to set a menu composed of multiple options, and each of the multiple options is assigned an attribute data, the attribute data includes a first option name field, a control content field, a The control content for a controlled device loaded in the control content field, and a first option name for representing the option loaded in the first option name field, and the first option name is based on the option name A first option name category selected by the category selection module; and,

A second option name setting module, used to select a supplementary option that already has the first option name after entering a second option name setting mode, and set a second option name; A second option name field is added to the attribute data of the option for loading the second option name, so that the attribute data of the revised option has multiple option name fields and corresponding option names, and completes a The option name has multiple menus and can display the menu with at least one of the option names.

In order to achieve the above object, the present invention also provides a method for setting a multiple menu of option names, which includes:

An option name category selection step for selecting an option name category for setting each option name of the category selected by the menu;

A menu setting step is used to set a menu composed of multiple options, and each of the multiple options is given an attribute data, the attribute data includes a first option name field, a control content field, a The control content for a controlled device loaded into the control content field, and a first option name loaded into the first option name field to represent the option, and the first option name is based on the option name A first option name category selected by the category selection module; and,

A second option name setting step for selecting a supplementary option that already has the first option name after entering a second option name setting mode, setting a second option name; A second option name field is added to the attribute data of the option for loading the second option name, so that the attribute data of the revised option has multiple option name fields and corresponding option names, and completes a The option name has multiple menus and can display the menu with at least one of the option names.

With the above-mentioned device and method, the user can set a menu that can arbitrarily set the option name, can meet the necessary requirements, and can occupy the least memory resources, so that after the menu is input to the control device, The control device is provided with a minimum memory resource to provide a convenient menu with variable and personalized options.

The present invention is described in detail below with reference to the drawings and specific embodiments, but it is not intended to limit the present invention.

BRIEF DESCRIPTION

FIG. 1 shows a block diagram of components of an option name multiple menu setting device according to an embodiment of the invention;

FIG. 2 shows a schematic structural diagram of a first menu set by a menu setting device according to the present invention;

Figure 3 shows a schematic diagram of the attribute data structure of an option in the menu shown in Figure 2;

FIG. 4 shows a schematic diagram of the menu shown in FIG. 2 displaying each option with the second option name;

FIG. 5 shows a schematic diagram of the attribute data structure of an option in the menu shown in FIG. 4;

FIG. 6 shows a schematic diagram of a menu showing the options shown in FIG. 2 under another second option name;

7 shows a schematic diagram of the attribute data structure of an option in the menu shown in FIG. 6;

FIG. 8 shows an illustration of a menu setting device appearing on a computer-related device;

9 shows a schematic diagram of the structure of a second menu set by the menu setting device according to the present invention;

FIG. 10 shows a flowchart of a menu setting method according to an embodiment of the invention.

Among them, the reference signs

10 Computer-related devices

11 The screen

100 Man-machine interface

110 Interface language switching module

200 Option name diversified menu setting device

210 Option name category selection module

220 Menu setting module

230 Second option name setting module

240 Menu output module

250 Customized category setting module

300,300’ control device

400,500,600,400’,500’,600’,400”,500”,600” options

401,401’,401” attribute data

410 header field

420 Option name field

421 First option name field

422,422” Second option name field

430 Control content field

700,710,720,730,800,810,820,830 Options

S1, S2, S3, S4, S5, S31, S41, S51 steps

detailed description

In the following, with reference to the accompanying drawings, each preferred embodiment according to the present invention will be listed to explain the components of the multiple choice menu setting device of the option name disclosed in the present invention and the effect achieved. However, the components, dimensions, and appearance of the menu setting device shown in the drawings are only used to illustrate the technical features of the present invention, and do not limit the present invention.

First, referring to FIG. 1, it shows a block schematic diagram of each constituent element of an option name diversified menu setting device 200 (hereinafter referred to as: menu setting device 200) according to an embodiment of the present invention. As shown in FIG. 1, the menu setting device 200 is implemented in a computer-related device 10, which includes a human-machine interface 100, and the human-machine interface 100 includes an interface language switching module 110 for switching computers The interface language of the related device 10. The menu setting device 200 includes: an option name category selection module 210, a menu setting module 220, and a second option name setting module 230, and preferably further includes: a menu output module 240 and a custom Category setting module 250.

The diversified menu of option names set by the menu setting device 200 can be directly output to an external control device 300, or first be output to a custom category setting module 250 for storage, and then sent to the control device 300 Complete the setting of the control device. In addition, although the menu setting device 200 is implemented in a computer-related device 10 as an example for description, in a modification, the menu setting device 200 may also be built in the control device 300 and directly implemented In order to diversify the generated option names, the menu is used directly by the control device 300, instead of outputting all or part of the set menu to the control device 300 after being implemented in the computer-related device 10. In addition, the menu setting device 200 may also be one that combines the computer-related device 10 and the control device 300 itself. In addition, the control device 300 may be a controller in a device or a remote control device.

The option name category selection module 210 is used to provide various option name categories for selection, so as to name each option name in the menu. These option name categories can be a choice of various languages, such as Chinese, English, or Japanese, etc., or a variety of alternatives, such as naming from the company’s standpoint, or from a personal standpoint, etc., to create The diversity and unique personalization of this menu. These categories can be machine-defined, such as language types; or user-defined input, such as naming positions in a certain machine-defined language. Once an option name category is selected, the following menu setting module 220 will set (including display) each option name according to this selection. In addition, when each category refers to a language category, the computer-related device 10 and/or the control device 300 is additionally provided with a font library suitable for each selectable language category, for displaying fonts of various languages. Moreover, in a preferred embodiment, each language font library can be divided into font libraries belonging to the selected category according to the selected language category, and only the selected category font library is input into the control device 300.

In a preferred embodiment, the option name category selection module 210 can determine whether the menu setting module 220 has set a certain first option name category when the option name category is switched Menu. If yes, when the option name category selection module 210 is switched to another second option name category, the menu setting device 200 is put into a second option name setting mode to prompt the second option detailed below Operation of the name setting module 230. Furthermore, in a modified example, the entry of the second option name setting mode may be initiated not by the category switching in the option name category selection module 210, but by another additional switch .

The menu setting module 220 is used to set a hierarchical group menu (hereinafter referred to as a menu) composed of multiple options, such as the options 400 to 600 of FIG. 2, and to assign attribute data to each of the multiple options, such as FIG. 3 shows the attribute data 401 of the option 400. The attribute data 401 includes a header field 410 for indicating the option number, an option name field 420 for storing the option name, and a one-to-one loading The control content field 430 and the like of the control content of the controlled device. In this illustration, the content stored in the header field 410 is "Node 1", the content filled in the option name field 420 is "Tianyang", and the content filled in the control content field 430 is a controlled device The identification code (not shown) "IP=123456". In addition, in an actual example, in addition to loading the IP identification code, the control content field will also load control content, such as ON/OFF or resizing, and the attribute data 401 will also include some options to indicate this option. Other fields such as affiliation or hierarchical group relationship with other options, such as hierarchical group relationship field, etc. Since these are not the focus of the present invention, their detailed description will be omitted.

The second option name setting module 230 is used for the user to select an option that already has the first option name as an additional option after entering the second option name setting mode, and to set a second option name; A second option name field is added to the attribute data of the revised option for loading the second option name, so that the attribute data of the revised option has multiple option name fields and corresponding options Name, and complete an option name diversified menu, and can display the menu with at least one of the option names.

FIG. 4 shows a schematic diagram of a menu displaying each option with a second option name. As shown in FIG. 4, the menu has options 400' to 600', but the name is changed from Chinese to English, which is the option name category selection module 210. The selected category is English, so in this embodiment, each category is the language category. Fig. 5 shows attribute data 401' of one of options 400' in the menu shown in Fig. 4. The except option name field 420 becomes an option name field that includes a first option name field 421 for storing a first option name, and a second option name field 422 for storing a second option name Except for 420', other fields and contents are the same and unchanged. Both the first and second option names can be used to indicate the name of the option in the menu according to the selection, and the first and second option names are set according to the option name category selected by the option name category selection module set.

In this embodiment, the second option name field 422 is a field added by the second option name module 230, and the content filled in the second option name field 422 is "Team-young". As for the time when the second option name field is added, it may be that the category name selection module 210 switches the category of the option name and enters the second option name setting mode, that is, in the attribute data of each option 400-600 , Add a second option name field 422, and load each first option name into the second option name field 422 for displaying the option name, and then modify it to complete the second option name set up. Once the revision is completed and stored, the menu and attribute data shown in Figures 4 and 5 can be obtained. In this example, if an option such as 600 has not been modified, the second option name field 422 will still store the first option name. In this way, when the second option name is to be displayed or the menu is output as described later, the option will be displayed under the first option name.

In addition, regarding the addition of the second option name field, in a modified example, after entering the second option name setting mode, if the user has an additional option to be modified, the first option The option name is set to the second option name, and when it is to be saved, because the option name is different, the second option name field is added to the attribute data of each additional option, and the second option name column The second option name is stored in the bit. At this time, if an option is not set with a second option name different from the first option name, the second option name field is not added. In contrast, when the option names of the second option name category are to be output, the first option name is displayed or output.

Therefore, there may be various ways to add the second option name field, but the core point is that after entering the second option name setting mode, each option to be modified has multiple option name fields, but Other fields and data remain unchanged, and are shared by multiple menus with different option names, and then displayed or output with at least one of the option names according to the selection. In this way, increasing the number of columns only for the increased number of categories will reduce the memory requirements of the menu to a minimum, and because of the option to add only the names of certain options in a menu, the A menu can mix various different types of option names, and can provide a personalized and unique menu. This is especially applicable when the original name is quite versatile.

Figure 6 shows an example of naming options with another category of second option names. In this example, although the option name is also Chinese, the naming position category is different from the position category of FIG. 2. The categories shown in FIGS. 2 and 3 are based on the location of the company, and the categories shown in FIGS. 6 and 7 are based on the functional category of the company. As shown in Figure 6, the menu has options 400"~600", but the names are changed to "Company" 400", "Lobby" 500", and "Office Area" 600". Figure 7 shows the menu shown in Figure 6 The attribute data 401" of one of the options 400". The option name field 420 shown in FIG. 2 becomes a first option name field 421 for storing a first option name, and a first option name field for storing a first option name. In addition to the second option name field 422", the option name field 420", the other fields and contents are the same and unchanged. The content filled in the second option name field 422" is "Company" .

In the legends shown in FIGS. 5 and 7, although the option name field 420 uses two option name fields as examples, in practice, the option name field 420 can be set or selected according to the option name category selection module 210 Added option name category, and add option name field as appropriate. For example, if 5 language categories are selected, there will be 5 option name fields. In addition, the two second option name fields shown in FIG. 5 and FIG. 7 may also be combined and set in a menu. In addition, in a preferred embodiment, it is preferable that the options in the option name category selection module 210 not only have a predetermined category such as a predetermined language, but also have a custom category for users to customize the name of a category .

Returning to FIG. 1, the menu setting device 200 further includes a menu output module 240 for selecting at least one of the first option name category and the second option name category as an option name output category, and then The option name diversified menu, according to the option name output category, output a menu with the option name output category. As for the output object, it may be a control device 300, or a custom category setting module 250 included in the menu setting device 200. In addition, at least one of the two is referred to here because the menu output module 240 can output the various category option names in the option name diversified menu, or only output an option with the selected category Menu of names.

The menu setting device 200 further includes a custom category setting module 250 for loading a modified menu after editing the menu set by the menu setting module 220, and the menu with the option name output category . By outputting the menu of the selected output category to this custom category setting module 250, it will be possible to store various modified menus based on the original menu in this module for later selection of various categories Menus are output to the control devices of different users.

Furthermore, in a preferred embodiment, when the menu output module 240 wants to output the menu with the selected option name category to the control device 300 (or the custom category setting module 250), it is possible to select only the selected category The font library of the language is output to the control device 300 along with the option name of the selected category. In this way, the control device 300 can reduce the amount of memory without storing a font library irrelevant to the language of the selected category. Of course, in a modified example, the control device 300 may also prepare a font library with various languages for displaying the options of the menu in the language of the selected category. At this time, the menu output module 240 may output the option names of all categories to the control device 300, and then the control device 300 selects which option name category to display each option. Also, in this modification, if the control device 300 is to output the menu to other sub-control devices, the option names of all categories can be selected to be output, or only the option names of one category can be output , And can give different types of option names for different sub-control devices.

In addition, according to the disclosed embodiment of the present invention, the menu setting module 220 also has an option group position modification function for increasing or decreasing options, or changing the correlation or group relationship between options. In response to this function, when the menu set by the menu setting module 220 passes through the second option name setting module 230, the second option name is added to become a diversified menu, if each of the diversified menus When the group relationship of options needs to be changed, the menu setting module 220 will only allow the menu to be edited with the first option name category before setting the second option with the second option name category name. That is, the menu setting module 220 will determine whether it is currently in the category of the name listed in the first option name field. If not, you need to change the category in the option name category selection module 210 to that category before you can proceed to the option position Editing. With this limitation, it will ensure that the modification of the menu will be traced back to the original option name, to avoid the omission of new options when adding multiple option names.

Next, FIG. 8 shows an exemplary view of the menu setting device 200 displayed on the screen 11 of a computer-related device 10. As shown in the figure, the computer-related device 10 will have an interface language switching module 110 for selecting one of multiple languages as an interface language, so as to operate the menu setting device for the man-machine interface displayed in the interface language. In the menu setting device 200, there is an option name category selection module 210 and a menu setting module 220. The menu includes options 400-600. In a preferred embodiment, the language indicated by the first option name category is determined by the same language as the interface language, and the interface language is the same as the language of the menu setting device, and can be automatically set according to the region of use , But can also be different.

FIG. 9 shows a schematic diagram of a second menu embodiment that can also be applied to the menu setting device 200 disclosed in the present invention. This menu is suitable for use in cooking equipment (not shown) such as a washing machine, a microwave oven, and a microwave oven. In the control device 300'. The exemplary menu of the control device 300' disclosed in this embodiment includes

options

700 and 800. The option 700 has sub-options 710-730. The sub-option 710 represents a set of barbecue automation program options, which can be used to input, for example, meat. After the thickness, length, width, weight, desired maturity, char brittleness, etc., the automatic program will set the appropriate firepower and time according to the program to control the output.

Sub-options

720 and 730 are options for custom control parameters in barbecue mode, such as time and firepower, directly set these parameters for output for control. Option 800 also has sub-options 810-830. Sub-option 810 represents a set of cooking automation program options, and sub-options 820 and 830 are options for customizing control parameters, such as time and firepower.

In the second menu embodiment, the menu setting module 220 can also be used to first set the second menu shown in FIG. 9, including options and their control content. After that, the second option name setting module 230 is used to change the names of various option names as described above, and finally loaded into the control device 300', and the details will not be restated. Alternatively, in a modified example, the menu setting device 200 may be used to load the second menu into the menu setting module 220, and in the option name category selection module 210, the user may specify a Language categories, or named position categories, etc., and then a second option name setting module 230 is used to generate a menu with a variety of option names, which is then output to the control device 300'. In this modified example, of course, the attribute data format of each option must conform to the format of the menu setting module 220, so that the second option name field can be added by the second option name setting module 230. In yet another modified example, according to the aforementioned option relationship editing function, it is also possible to add options to the second menu, for example, to add another automatic program option.

FIG. 10 shows a method for setting a multiple menu of option names according to the first embodiment of the present invention. As shown in Figure 10, this setting method mainly includes the following steps:

First, in step S1, an option name category selection step is performed to select an option name category for setting each option name of the category selected by the menu. This step is performed by the above-mentioned option name category selection module 210. The details and functions of the technical content are as described above and will not be repeated here.

Next, in step S2, a menu setting step is performed to set up a menu composed of multiple options, and each of the multiple options is given an attribute data, the attribute data includes a first option name field, A control content field, a control content for a controlled device loaded into the control content field, and a first option name to indicate the option loaded into the first option name field, and the first An option name depends on a first option name category selected by the option name category selection module. This step is performed by the above-mentioned menu setting module 220, and its technical details and functions are as described above with reference to the first menu and the second menu, and repeated descriptions thereof are also omitted here.

Next, in step S31, it is determined whether a second option name is to be set. If yes, after entering the second option name setting mode, execute a second option name setting step S3 for selecting an additional option that already has the first option name, setting a second option name; and in A second option name field is added to the attribute data of the revised option for loading the second option name, so that the attribute data of the revised option has multiple option name fields and corresponding option names, A multi-menu with option names is completed, and the menu can be displayed with at least one of the option names. This concludes the main technical idea of the menu setting method of the present invention. In addition, step S3 is performed by the second option name setting module 230 described above. Regarding the activation of the option name setting mode, and the way of adding the second option name field, etc., reference is made to the foregoing, and the repeated description is also omitted here.

After completing the option name diversified menu, in a preferred embodiment, the menu setting method further includes an option change determination step S41, an option change step S4, an output determination step S51, and a menu output step S5. Among them, step S41 is used to determine whether the connection relationship of each option in the menu has been changed; if there is a change, enter the option change step S4; in this step S4, first put the menu into the first option name category mode, Edit the menu with the first option name category; at this time, it may be that the category in the option name category selection module 210 is automatically changed to the first option name, as described above, and then edited; It can be designed to jump out of the display and require the option name category to be changed to the first option name category before editing the positional relationship of each option. This option change is edited by the menu setting module 220, that is, the menu setting module 220 will determine whether it is currently in the category of the name listed in the first option name field, if not, you need to first classify the option name The category in the selection module 210 is changed to the category before editing the option position. Then, the second option name can be set by the second option name category. That is, after step S4, it returns to step S31 to determine whether to set the second option name. If necessary, the step S41 is entered after the second option name is set. In step S41, if the option is not to be changed, it proceeds to step S51.

In step S51, it is determined whether to output the menu, and if not, it ends. If yes, go to a menu output step S5 to use at least one of the first option name category and the second option name category as an option name output category, and diversify the option name menu according to the Option name output category, output a menu with the option name output category. This step S5 is performed by the aforementioned menu output module 240, and all or part of the menu with the selected option name category can be output to a control device 300 or a custom category setting module 250, the details of which are also referred to The previous description, and not repeat the description here. After the output is completed, this setting method is ended.

In summary, with the menu setting device and method disclosed in the present invention, it is possible to create a menu that is most suitable for the option name desired by the user with the minimum memory space requirement, thereby reducing waste of resources and allowing use The author creates a personalized unique menu.

Of course, there are many other embodiments of the present invention. Without departing from the spirit and essence of the present invention, those skilled in the art can make various corresponding changes and modifications according to the present invention, but these corresponding Both changes and modifications shall fall within the protection scope of the claims appended to the present invention.

Claims

An option name multiplex menu setting device, which is characterized by comprising:

An option name category selection module for selecting an option name category for setting each option name of the category selected by the menu;

A menu setting module is used to set a menu composed of multiple options, and each of the multiple options is assigned an attribute data, the attribute data includes a first option name field, a control content field, a The control content for a controlled device loaded in the control content field, and a first option name for indicating the option loaded in the first option name field, and the first option name is based on the option A first option name category selected by the name category selection module; and,

A second option name setting module, used to select a supplementary option that already has the first option name after entering a second option name setting mode, and set a second option name; A second option name field is added to the attribute data of the option for loading the second option name, so that the attribute data of the revised option has multiple option name fields and corresponding option names, and completes a The option name has multiple menus and can display the menu with at least one of the option names.
The option name diversified menu setting device according to claim 1, wherein the second option name setting mode is to select the option name category of the module in the option name category, and switch from the first option name category to Enter after a second option name category.
The option name multiplex menu setting device according to claim 1, wherein the second option name setting module enters the second option name setting mode in the attribute data of each of the multiple options A second option name field is added, and the first option name is loaded in the second option name field to be changed to the second option name and stored.
The option name diversified menu setting device according to claim 1, wherein after entering the second option name setting mode, the second option name setting module selects the first option of the revised option After the name is set to the second option name, the second option name field is added to the attribute data of each additional option, and the second option name is stored in the second option name field.
The option name multiplex menu setting device according to claim 1, further comprising: a menu output module for at least one of the first option name category and the second option name category As an option name output category, the option name is diversified in a menu, and according to the option name output category, a menu with the option name output category is output.
The option name multiplex menu setting device according to claim 5, wherein the supplementary option is only a part of the plurality of options, and when outputting, when there is an option that does not have the option name output category In the case of an option name, the first option name of the option is output as the option name of the option.
The option name diversified menu setting device according to claim 5, further comprising a custom category setting module for loading a pair of menus set by the menu setting module for editing A variant menu, and the menu with the output category of the option name is output to the custom category setting module.
The option name diversified menu setting device according to claim 5, wherein the menu with the option name output category is output to a control device for controlling the controlled device, and the menu is a Hierarchical group menu, the option name is the name of various controlled devices, and the attribute data content includes an identification code for controlling each corresponding device, and the menu with the option name output category is used to be output to a remote control Device.
The option name diversified menu setting device according to claim 5, wherein the menu with the option name output category is output to a control device for controlling the controlled device, and the option name is one Name one of the control parameter and a control process. The content of the attribute data is one of the control parameter and the control process to control its corresponding controlled device. The control process is controlled by multiple control parameters. Time composition.
The option name diversified menu setting device according to claim 1, wherein the option name categories provided in the option name category selection module are various language categories, and the menu setting device has a A glyph library of multiple language categories, so that the option name diversified menu constitutes a multilingual menu.
The option name diversified menu setting device according to claim 1, wherein the menu setting module is used to first select the menu with the first option name category when there is a change in each option in the menu After editing and editing, the second option name can be set with the second option name category.
The device according to claim 1, further comprising: a human-machine interface having an interface language switching module for selecting one of multiple languages as an interface language, and displaying the human-machine interface in the interface language, Operate the menu setting device; and wherein the language shown in the first option name category is the same as the interface language, and the interface language is the same as the language of the menu setting device and can be automatically set according to the region of use.
A method for setting a multiple menu of option names, which is characterized by including:

An option name category selection step for selecting an option name category for setting each option name of the category selected by the menu;

A menu setting step is used to set a menu composed of multiple options, and each of the multiple options is given an attribute data, the attribute data includes a first option name field, a control content field, a The control content for a controlled device loaded in the control content field, and a first option name for indicating the option loaded in the first option name field, and the first option name is based on the option A first option name category selected by the name category selection module; and,

A second option name setting step for selecting a supplementary option that already has the first option name after entering a second option name setting mode, setting a second option name; A second option name field is added to the attribute data of the option for loading the second option name, so that the attribute data of the revised option has multiple option name fields and corresponding option names, and completes a The option name has multiple menus and can display the menu with at least one of the option names.
The option name multiplex menu setting method according to claim 13, further comprising a menu output step for using at least one of the first option name category and the second option name category as An option name output category, the option name is diversified from the menu, and according to the option name output category, a menu with the option name output category is output.
The option name multiplex menu setting method according to claim 13, further comprising an option change step for first using the first option name category when the options in the menu change After the menu is edited, the second option name can be set with the second option name category.